Questions 11 -20 are based on the FSM diagram given below Reset SO Q: 0 S1 Q: 0 S2 Write a number as your answer for each question 11 13 11. How many states are there? 12. How many bits will you need to encode the states? 13. How many binary input variables does the FSM have? Write a state-symbol (SO, S1 or S2) as your answer for each question 14 18 14. What is the next state if the current state is SO and A is 1? 15. What is the next state if the current state is S1 and A is 1? 16. What is the next state if the current state is SO and A is 0? 17. What is the next state if the current state is S2 and B is 0? 18. What is the next state if the current state is SO and B is 1? 19. It is possible for this FSM to have an output sequence of values forQ beginning after reset, where one binary value is held for one clock cycle - 0010010000. (True/False) 20. It is possible for this FSM to have an output sequence of values for Q beginning after reset, where one binary value is held for one clock cycle 0011001100. (True/False)